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Immersive Augmented Reality Surgical Navigation 

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VisAR is a next generation surgical navigation system with FDA 510(k) clearance for precision guided intraoperative spinal surgery, with other FDA clearances pending. It provides the precision of a robot, the portability of a stethoscope, and the versatility of human-powered intelligence. VisAR projects a patient’s imaging data into a 2D or 3D hologram which is visible through an optical visor and superimposed onto the patient with millimeter accuracy.

It's like a surgical GPS providing a roadmap to guide the surgeon through simple and complex surgeries.

Key Features

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Watch VisAR in Action

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Compilation of comments from various surgeons using VisAR

University of Utah and VisAR

Comments on using VisAR for an ACL repair

Using augmented reality to place a tough T5-T6 thoracic epidural catheter placement

Shows VisAR's ability to plan real-time while in the OR using a spin CT and ultrasound

VisAR is a disruptor for conventional navigation. It democratizes access and provides fast ROI

VisAR was used to place a catheter between T5 and T6 and it was so easy the anesthesiologist was doubtful it went in correctly. It did.

"This is ground breaking, revolutionary technology!"

Dr. Michael Karsy Neurosurgeon

"The VisAR system allows a physician to conduct complex surgical procedures in the most minimally invasive manner. This is how surgery will be performed in the future."

Dr. Gary Onik Interventional Oncologist

“This is the first time I’ve ever used any type of navigation technology that allows me to focus on where we’re working on the patient and also utilize navigation at the same time.” 

 

Dr. Arjun Sebastion Orthopedic Surgeon

"I just trusted the system (VisAR) and placed screws that went against the tactile feedback and training. The proof is in the pudding, they were all correct!"

Dr. Ted Andrews Spinal Surgeon

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VisAR is 510(k) cleared for its intended use

Learn more about VisAR